98304edo: Difference between revisions

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'''98304EDO''' is the [[EDO|equal division of the octave]] into 98304 parts of exact 0.01220703125 cents each, which is to say 2<sup>(1/98304)</sup> as a frequency ratio. Its adjacent step is known as '''Tridecamu''' (thirteenth MIDI-resolution unit, 13mu, 2<sup>13</sup> = 8192 equal divisions of the [[12edo]] semitone). The internal data structure of the 13mu requires two bytes, with the first bits of each byte reserved as a flags to indicate the byte's status as data, and one bit in the first byte to indicate the sign (+ or −) showing the direction of the pitch-bend up or down; all bits are used. The first data byte transmitted is the Least Significant Byte (LSB), equivalent to a fine-tuning. The second data byte transmitted is the Most Significant Byte (MSB), equivalent to a coarse-tuning.

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			{{Infobox ET}}
	'''98304EDO''' is the [[EDO\|equal division of the octave]] into 98304 parts of exact 0.01220703125 cents each, which is to say 2<sup>(1/98304)</sup> as a frequency ratio. Its adjacent step is known as '''Tridecamu''' (thirteenth MIDI-resolution unit, 13mu, 2<sup>13</sup> = 8192 equal divisions of the [[12edo]] semitone). The internal data structure of the 13mu requires two bytes, with the first bits of each byte reserved as a flags to indicate the byte's status as data, and one bit in the first byte to indicate the sign (+ or −) showing the direction of the pitch-bend up or down; all bits are used. The first data byte transmitted is the Least Significant Byte (LSB), equivalent to a fine-tuning. The second data byte transmitted is the Most Significant Byte (MSB), equivalent to a coarse-tuning.		'''98304EDO''' is the [[EDO\|equal division of the octave]] into 98304 parts of exact 0.01220703125 cents each, which is to say 2<sup>(1/98304)</sup> as a frequency ratio. Its adjacent step is known as '''Tridecamu''' (thirteenth MIDI-resolution unit, 13mu, 2<sup>13</sup> = 8192 equal divisions of the [[12edo]] semitone). The internal data structure of the 13mu requires two bytes, with the first bits of each byte reserved as a flags to indicate the byte's status as data, and one bit in the first byte to indicate the sign (+ or −) showing the direction of the pitch-bend up or down; all bits are used. The first data byte transmitted is the Least Significant Byte (LSB), equivalent to a fine-tuning. The second data byte transmitted is the Most Significant Byte (MSB), equivalent to a coarse-tuning.